Kettlebell lifters win silver at the University Cup

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

The Novosibirsk Region Kettlebell Lifting Cup for students of higher education institutions was held. The NSU team took second place!

Prize winners in the individual championship in different weight categories:

1st place: Alexey Gutov, GIVladimir Kozhevnikov, FF

2nd place Mikhail Futunguev, IIRNikolai Yakovlev, MMFanna Gorbunova, GINikita Vostrikov, FIT

3rd placeMaria Demko, FENS Sergey Voitov, IIR

Also competing in the team competition were: Dmitry Demidov, FITAlexander Ponomarev, FENMaria Rubtsova, FEN

We congratulate our students and coach, Kaffir VIMMT instructor Alexander Sozinov, on their excellent performance and wish them continued success!

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

The final round of the Novosibirsk State University Physics Olympiad "Your Path to Real Science" took place in Mali.

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

The final round of the international physics olympiad "Your Path to Real Science" was held in Mali at the Django Cissé private school—the Kati Multifunctional Center. Nineteen students from Mali, Niger, and Guinea advanced to the finals following the first round: 15 in physics (14 from Mali and one from Niger) and four in mathematics (from Guinea).

Despite the holiday period and the end of Ramadan, 12 students came to school on Sunday to complete assignments and compete for the opportunity to study in Russia.

The final round included a more challenging task: a demonstration task in which students are shown a vivid physical phenomenon on video, described in simple, everyday language. The students must explain the observed phenomenon by translating it into physical language. This allows them to assess how they apply theoretical knowledge to describing real-world phenomena and processes.

The Olympiad is supported by the Russian House's partner, the Center for Public Diplomacy, and is part of an educational collaboration aimed at identifying talented schoolchildren and providing them with opportunities to study at Russian universities.

Based on the results of the final stage, winners will be determined who will receive quotas for study at NSU.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

Another victory at the regional Universiade

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

The NSU team won the table tennis competition, which is part of the 49th Universiade program among students from higher education institutions of the Novosibirsk Region!

Congratulations on the excellent performance of our team: Alekseeva Polina, MMFO Lesya Davydova, GI Maria Tokareva, MMF Maxim Bagin, FENDmitry Filippenko, FENHaonan Shi, MMF

The Universiade also included a shooting competition, where our students took 6th place.

Team members: Roman Maksimov, GGF, Alexandra Shcherbakova, FENStepan Zlobin, FFArina Antonova, EFalisa Stepanenko, FENGordey Karpovich, MMF

Trainer – Anastasia Trishkina

We thank everyone for their hard work and wish them success in their sport!

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

The exhibition "From the Siege to Siberia: The Road to Life in Akademgorodok" has opened at Novosibirsk State University.

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

The opening ceremony of the exhibition "From the Siege to Siberia: The Road to Life in Akademgorodok," dedicated to the residents of the scientific center who came to Siberia from Leningrad, took place at Novosibirsk State University on March 20 with the support of the Department of Youth Policy and Educational Work.

This exhibition is a project implemented by the Akademgorodok team (ANO KIC "Integral 2.0") with the support of the Presidential Foundation for Cultural Initiatives. A mobile version of the exhibition is on display in the NSU Alumni Hall. An expanded version is located at the AkademVCenter museum location, which is located at the Institute of Mathematics, Mathematics, and Geophysics (formerly the Computing Center of the Siberian Branch of the Russian Academy of Sciences). The exhibition was created with the participation of families of Akademgorodok residents who were evacuated from Leningrad during the siege to Siberia and found their second home in Novosibirsk.

The exhibition features an unusual format: visitors can not only view artifacts, copies of documents, and photographs, but also touch them. The exhibition was designed by Daria Lombart. Her unconventional approach to artifact presentation was appreciated even during the installation of the exhibition stands, and even then, the exhibition generated keen interest among students and faculty.

Leningrad has always been a major focus for Akademgorodok residents. Of its three founding fathers, two—Academicians Sergei Sobolev and Sergei Khristianovich—were from Leningrad. During the founding years of our research center, many NSU faculty members had graduated from Leningrad State University and came here from the city on the Neva. Of course, the exhibits are copies, not originals, but everyone can touch these historical objects and feel the spirit of that time. We treat the originals with the utmost care and preserve them carefully, but at our permanent site, you can not only see them but also touch them. We believe that tactile contact with these historical objects can sometimes be more important than their preservation. We deliberately avoided labeling the exhibits and exhibits. "Everything becomes clear here without further ado; just look at the documents displayed on the stands," said Anastasia Bliznyuk, head of the Akademburo team.

The story of the residents of Akademgorodok who survived the siege of Leningrad is presented through artifacts—copies of original documents.

The exhibition features the biographies of seven famous residents of Akademgorodok who left a lasting mark on its history and made significant contributions to science. The exhibit opens with a stand dedicated to Academician Anatoly Vasilyevich Rzhanov (1920-2000). In 1962, at the invitation of Academician Mikhail Lavrentyev, he and a group of staff from the Lebedev Physical Institute (FIAN) moved to Akademgorodok in Novosibirsk, where he founded the Institute of Solid State Physics and Semiconductor Electronics (now the Institute of Semiconductor Physics SB RAS). Rzhanov taught at NSU and established the Department of Semiconductor Physics, which he headed for many years. Among Rzhanov's students are three Corresponding Members of the Russian Academy of Sciences and dozens of doctors and candidates of science.

The Great Patriotic War found the future academician in Leningrad. In 1941, he was a fourth-year student in the Engineering Physics Department of the Leningrad Polytechnic Institute. The young man immediately volunteered for the front, but was rejected due to poor health. He then enlisted in the Volunteer Division of the People's Militia. Anatoly Rzhanov was appointed squad commander, and a week later, platoon commander.

In late August 1941, the future scientist, having received a short leave, successfully passed his exams. In December of that year, he defended his thesis with honors and volunteered for the front. He fought on the Leningrad Front, at the "Oranienbaum Pyatachok." There, he commanded a detachment of marine reconnaissance troops, participated in combat operations, reconnaissance in force, and raids behind enemy lines. In 1943, he was seriously wounded during the battles to break the siege of Leningrad. He was awarded the Order of the Patriotic War, 2nd class. In late 1943, demobilized from the army, he entered graduate school at the Lebedev Physical Institute (FIAN). In 1944-1945, he was treated in hospitals for complications from his wounds and concussions, and became blind in one eye. In 1948, he completed his postgraduate studies at the Lebedev Physical Institute and became a participant in the first work in the USSR to create a semiconductor transistor, and in 1949 he received a candidate of physical and mathematical sciences degree.

Irina (Rebekka) Moiseyevna Suslikova (Gutkina) (1916-2014) represents geologists at the exhibition. She moved to Leningrad from Samara at the age of 16. In 1940, she graduated from the Geography Department of Leningrad University with a degree in cartography. Before the war, she worked in Leningrad at the North-West Aerogeodetic Enterprise. She developed terrain maps during numerous expeditions across the country. During the war, she compiled maps for aircraft and tank navigation. In 1942, she was evacuated to Novosibirsk, where she worked at the Aerogeodetic Enterprise. She taught at the Novosibirsk Institute of Geodesy, Aerial Photography, and Cartography Engineers and lived in Akademgorodok on Morskoy Prospekt. The exhibit features excerpts from her memoirs: "Near Leningrad, they dug trenches everywhere. Since I was a geodesist and cartographer by training, I was assigned to dig trenches in one of the most difficult areas and was given a labor battalion. We were working on the Peri Line—on the Finnish border. It was already winter, the siege had closed, countless people were dying of starvation, and we spent almost all our time in the trenches, unable to get to the city. Just before New Year's, we were given a short trip to St. Petersburg. The frost was absolutely brutal."

Irina Moiseyevna's grandson, Vladimir Gutkin, attended the exhibition opening. He shared his memories of this remarkable woman, whose apartment became a magnet for the first residents of Akademgorodok—scientists and creative individuals who gathered there to discuss pressing issues concerning the development of the scientific center, its future, and its present. Vladimir Gutkin recounted how Irina Moiseyevna devoted great attention to such receptions: she prepared in advance, cooked superbly, and preferred to serve her guests exquisite dishes. She had a large library in her home, and she ensured that her grandson devoted at least an hour daily to reading. Vladimir Gutkin recorded numerous recollections of Irina Moiseyevna about the formative years of the Siberian scientific center and preserved her documents, letters, and personal belongings, which he later donated to the Akademburo.

The display dedicated to Lyudmila Glebovna Borisova (1931-2004) features a seemingly strange installation: two dried carrots, the lid of a porcelain teapot, and a pair of food supply travel cards. The presence of these objects has a simple explanation, and it can be found in her memoirs from the siege: "I lived in Leningrad throughout the war. I survived thanks to wood glue, drying oil, and 'duranda'—a stone-like cake—all of which I found at my mother's work, and we ate it in the winter of 1941-42. During the war, we dried carrots and brewed the most delicious carrot tea from them."

Years passed, Lyudmila Glebovna graduated from the A.I. Herzen Leningrad Pedagogical Institute, moved to Akademgorodok, and became a doctor of sociology and a professor in the Department of Education Management at Novosibirsk State Pedagogical University and the Department of General Sociology at NSU. But she retained her lifelong siege-era habit of drying carrots, brewing aromatic tea from them, and sharing it with her friends.

Unique documents and items related to the Siege of Leningrad have been preserved in the family archive of Anna Vasilyevna Nalegatskaya (1909-2002). Anna Vasilyevna came from Krasnoyarsk Krai to study at the First Leningrad Medical Institute named after Academician Pavlov. In 1938, she graduated with honors from the Faculty of General Medicine. During the Siege of Leningrad, she worked in the surgical department of the Erismanovskaya Hospital. She and her daughter, Alla Yuryevna (1937-2002), were evacuated to Sverdlovsk in the spring of 1942. She managed to bring her diaries, notes on the health of her patients and family, letters, and cherished belongings from the besieged city.

After the war, Anna Vasilyevna continued her medical practice, defended her dissertation, and was awarded a PhD in medicine in 1953. In 1977, she moved to Akademgorodok to follow her daughter, who also graduated from medical school and became a doctor. Since 1975, she has lived in Akademgorodok, where she worked as a neurologist at the outpatient clinic on Morskoy Prospekt and at the Central Clinical Hospital on Pirogov Street.

Vladimir Nikolaevich Emikh (1936-2020), like Alla Yuryevna Nelegatskaya, was a child of the Siege of Leningrad. After being evacuated from besieged Leningrad in 1942, his family lived in Uzbekistan. In 1958, Vladimir Nikolaevich graduated from Tashkent University, and while still a graduate student, he moved to Akademgorodok in 1964, where he found work at the Institute of Hydrodynamics of the Siberian Branch of the Academy of Sciences, simultaneously completing his postgraduate studies under Pelageya Yakovlevna Kochina. He subsequently became a doctor of physical and mathematical sciences and a professor, making many important discoveries in the field of hydrodynamics.

The exhibition presents the cultural life of the Siege of Akademgorodok survivors through the biography of Nina Vasilyevna Soboleva (1923-1988). She arrived in Novosibirsk in 1943, evacuated from besieged Leningrad along with the theater institute where she was studying at the time. However, she was soon arrested and sent to a labor camp for political reasons. Released in 1945, she returned to Leningrad. In 1958, she returned to Novosibirsk, where she received a position as an editor at a newly opened television studio and later worked in the city's Department of Culture. From 1962, she lived in Akademgorodok, heading the Literature and Art Department of the House of Scientists of the Siberian Branch of the Academy of Sciences, serving as editor-in-chief of fiction broadcasting on radio, and as editor of the prose section of the magazine "Sibirskie Ogni."

The exhibition concludes with the biography of the prominent geophysicist, Academician Anatoly Semenovich Alekseev (1928-2007). He graduated with honors from the Faculty of Mathematics and Mechanics in 1952 and completed his postgraduate studies at Leningrad State University in 1955. He worked at the Leningrad Branch of the Steklov Mathematical Institute of the USSR Academy of Sciences, and in 1963 he moved to the Novosibirsk Akademgorodok. From 1965 onward, he taught at NSU. Under his leadership, a large shared-use center for machine processing of materials using network GIS technologies and high-performance multiprocessor computers was created at the Computing Center of the Siberian Branch of the Russian Academy of Sciences. This center was named the Siberian Supercomputer Center (SSCC). In addition to his invaluable contributions to science, Anatoly Semenovich did much to perpetuate the memory of the siege of Leningrad, actively participating in the creation of the book "900 Days of the Siege," which contains the memories of Leningraders for whom Akademgorodok became a second home. Anatoly Semenovich was also a child of the siege, but not a single photograph of him as a child survives.

"By creating this exhibition, we wanted to use our combined efforts to demonstrate the importance of the memory of those who survived the Siege of Leningrad and Akademgorodok's gratitude to them for their contribution to the development of the scientific center. And today, we ask everyone whose relatives were involved in those distant events to join our project and contribute documents and artifacts to the exhibition, if you have any. The history of the Siege in Akademgorodok continues to be written, and we continue to write new pages. You can join us, and perhaps this book of remembrance will include a chapter dedicated to your relatives—not necessarily scientists, but also cultural figures, educators, medical professionals, and ordinary workers—those who escaped the enemy encirclement or survived the 900 days of the Siege, and later found a second home in Akademgorodok and left their mark on the history of the scientific center," said Anastasia Bliznyuk.

The exhibition will be on display at NSU in the NSU Alumni Hall until April 13 on the second floor of the academic building at 1 Pirogov Street.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

NSU swimmers win medals

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

At the Novosibirsk Region Underwater Swimming Championships at the Neptune pool, Master of Sports of International Class Andrei Orlov (FF) won the gold as part of the 4x100m relay team. Master of Sports Alexander Stupak (GI) won two silver medals and one bronze medal in various events. Alexander missed the qualifying time for Master of Sports of International Class by 18 hundredths of a second.

The SKA swimming pool hosted the first "SIBERIA H2O" competition in Novosibirsk, where swimmers competed in a 50-meter race featuring unique inflatable obstacles. Humanities student Tatyana Nefedova won the 18-24 age category.

We congratulate our athletes and wish them continued success on the blue tracks of swimming pools!

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

NSU students are creating a prototype of a body signal reading system that will allow prosthetic hands to be used as if they were their own.

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

A prototype system that will collect and combine signals obtained from the human body using electromyography (EMG) and electroencephalography (EEG) and, based on these signals, recognize what movement the person wants to perform is being developed by master's students. Faculty of Information Technology of Novosibirsk State University (FIT NSU) Alexander Sartakov and Pavel Bortnikov, under the scientific supervision of Ivan Brak, a leading analyst at the Inzhevika Scientific and Technical Design Laboratory and a candidate of biological sciences, are working on their development. Their development is recognized as making control of a prosthetic hand more natural, faster, more intuitive, and closer to that of one's own hand compared to existing high-tech bionic devices.

— Most modern commercial prosthetics are controlled quite simply: a user tenses one or two forearm muscles, and the prosthesis responds to these actions according to a predetermined pattern. Essentially, this isn't a full-fledged "movement, like a natural arm," but rather a switching of modes through muscle contraction and relaxation. However, the human body generates much more information about movement intention than is used in such systems. Currently, real-world devices utilize only a small portion of the rich signal generated by muscles, neural activity, and limb movements. They operate by reading electrical impulses (EMG signals) generated by tensing the antagonist muscles of the remaining arm. This is typically done using two channels: one sensor reads limb flexion, and the other reads extension. We want to increase the number of channels and explore options for capturing other data from the human body using EEG. We believe this is important, since the very idea of performing a particular movement originates in the human brain. In any case, the more channels involved in signal transmission, the more data will be received and the more opportunities for interpreting it will appear, said Alexander Sartakov.

The young scientists intend to utilize 6 to 18 channels transmitting signals from the prosthetic user's hand. This will take into account not only the tension of certain antagonist muscles but also its strength (intensity), which will affect the device's actions: for example, partial flexion or extension of the fingers will be possible, as desired by the user. Currently, due to the limited range of data received from a small number of sensors, most only allow full actions—flexion or extension—but when more data is available, the device will be able to interpret it more diversely and broadly, and prostheses will gain new capabilities—they, as "artificial limbs," will be able to assume intermediate states.

The use of sensors that read brain signals using EEG will also contribute to the improvement of bionic prostheses.

"We reviewed existing studies on the correlation between signals generated in the brain and limb movement, since the initial intention for movement originates in the central nervous system. Scientists have identified a direct correlation between the impulse and the movement of a specific body part. A complete picture of movement intention was obtained. Knowing this, we can calculate the impulse in the user's brain directed, for example, to move one finger of a prosthetic hand. We based our further research on this," explained Pavel Bortnikov.

Capturing signals using both methods and converting them into movement will expand the capabilities of the system being developed by young scientists. Using EMG, the signal from the arm muscles will be read after it has passed through the body from the brain, while EEG will allow the signal to be "read" directly from the brain instantly—even before it reaches the muscle in the limb. Commercial bionic hand prostheses rarely use EEG. Over the past ten years, few studies have been conducted to interpret the data obtained using this method, but in those cases, signals from the brain were captured using chips implanted in the user's head. The user could control the movement of a three-axis bionic prosthesis placed on a tabletop using thought alone.

"By supplementing the system with surface sensors installed on the same limb, the accuracy of signal interpretation will dramatically improve. Our goal was to create prosthetics that not only functioned like a real hand but were also comfortable. It was important that the entire sensor system be lightweight and user-friendly, with no wires entangling the user's body, as movement signals would be read from the user's head. This was a challenging task, as the sensor array would be bulky. We needed to make it lightweight and easy to use. Therefore, from an engineering perspective, we explored the possibility of wirelessly transmitting signals from the sensors to the prosthesis with minimal latency. Ultimately, we decided to create individual modules that would wirelessly transmit data to a computing module," said Alexander Sartakov.

The developers envision a device for recording EEG readings, consisting of a cap containing dry electrodes. Another set of sensors, for recording EMG signals directly from the limb muscles, will be attached to a tightly fitting elastic fabric that fits around the arm like a wide bracelet. These two components of the signal-reading system will collect information and transmit it to a computing module. It is assumed that the computing module in the current concept could be a device capable of processing neural networks at a sufficiently high speed. The creators of the device are considering the possibility of integrating this computing unit into a smartphone.

From there, the final control signal will be sent to the prosthesis itself. As with existing systems, the new development will operate using pre-defined algorithms, but it should now be more precise and functional due to the greater volume of information collected by the sensors.

The project is currently in the feasibility study phase. Young researchers have interpreted and analyzed open-source data from the internet and are now planning to collect as many signals as possible from a real person, then combine them in a specific way. Signal processing and noise removal sequences have been selected, and a basic RL neural network has been written for this purpose.

The creators of the new signal reading system face a major challenge: adapting it to urban environments. Laboratory conditions are ideal for signal reading because they avoid noise and interference. In open spaces, extraneous sounds and signals, including those from nearby areas, are added. Even noise from clothing can affect signal interpretation.

"It's impossible to statically separate a signal from extraneous noise and interference in order to interpret it. Therefore, to eliminate unwanted elements, we plan to use mathematical extraction. Rather than taking a pure signal, we transform the "contaminated" signal into a numerical array using specific methods and then feed it into a neural network. RL is a reinforcement learning model that can adjust weights during operation to better interpret the data in a specific environment. We've done this for both sensors reading signals from the upper limb muscles and for reading signals coming from the brain," explained Alexander Sartakov.

It will take two to three years to create a prototype system, but initially, the young researchers need to determine whether it is suitable for use in open areas, rather than in laboratory conditions. If the results are positive, collaboration is planned with the Russian cybermedical company Motorika, which specializes in the creation of general-purpose prosthetics. It was this company that initiated this project.

Material prepared by: Elena Panfilo, NSU press service

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

FIT students emerged victorious in the futsal tournament

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

The Nikolai Petrovich Dyakov Memorial Futsal Competition, part of the NSU Spartakiad program among faculties, institutes, the Specialized Scientific Center, and the VKI, has concluded. Ten teams competed in two subgroups, with the top two advancing to the finals, where the prizes were awarded. In the first-place match, the Faculty of Information Technologies (FIT) defeated the Faculty of Economics (EF) 5-2, and in the third-place match, the VKI defeated the Faculty of Geology (GGF) 6-3.

As a result, the winners were:

1st place – Faculty of Information Technology: Oleg Zaychikov, Miroslav Yakuba, Sergey Netesov, Saveliy Trushkov, Mikhail Korotkov, Maxim Ermolaev, Ruslan Kardash, Fedor Brykin

2nd place – Faculty of Economics: Artem Ten, Danil Merzaev, Gleb Fedotov, Andrey Gushchin, Lev Marus, Vladislav Seregin, Stepan Tolokolnikov, Georgy Agarkov

3rd place – Higher College of Informatics: Vladislav Stepanenko, Igor Plakhatnyuk, Saveliy Bikberdin, Danila Grechnev, Michael Tse, Mark Yakubovsky, Aktan Sigymbaev, Semyon Lobanov

Personal awards for the participants: Best goalkeeper – Fedor Brykin, FITBest defender – Artem Ten, EFBest forward – Danil Merzaev, EFBest scorer – Maxim Ermolaev, FITBest player – Mikhail Korotkov, FIT

Congratulations to the winners and runners-up of the competition!

We thank Sergey Mezentsev for organizing the competition and the NSU alumni initiative group for providing prizes to the tournament's best players.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

NSU girls took third place in the aerobics competition.

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

As part of the 49th Universiade named after the Holy Blessed Prince Alexander Nevsky, a competition in sports aerobics was held among students of higher educational institutions of the Novosibirsk Region.

The NSU team took third place overall and won two silver medals in the Dance Gymnastics and Gymnastics Platform categories.

The team included: Valeria Shatskova (GI) Anastasia Iskova (FF) Polina Maryasova (IFP) Olga Shishkina (GI) Lada Avdonina (FIT) Alina Leksina (FIT) Nadezhda Semina (MMF) Arina Gulenko (FEN) Victoria Detusheva (GI) Vladislava Bulavina (GI)

Congratulations to our athletes and their coach Anna Timofeeva (KafFVIMMT).

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

Dmitry Solntsev, Chairman of Sberbank's Siberian Bank, spoke to NSU students about the impact of AI on their lives and careers over the next five years.

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

The Chairman of Sberbank's Siberian Bank delivered a lecture entitled "Man in the Era of Technological Change" at the new campus of Novosibirsk State University. Dmitry Solntsev discussed the topic with students in a dialogue format. Faculty of Economics And Institute of Intelligent Robotics of NSU The current state of artificial intelligence (AI) technology and its potential impact on our lives in the near future, as well as how to interact with AI to keep pace with progress.

Neural networks are becoming a daily occurrence for an increasing number of people. Today, the technology sector—especially artificial intelligence—is experiencing a veritable investment boom. Research by the international consulting firm McKinsey shows that implementing AI-based solutions leads to an average 5-7-fold increase in the efficiency of key processes. This isn't just about speed. It's about the quality of decisions made.

A key stage in the rapid development of AI is the transition from models that respond to queries to autonomous agents capable of performing complex tasks—for example, vacation planning, including searching for flights, booking hotels, and selecting excursions based on user preferences. Today, Sber employs numerous AI models in its processes, including GigaChat.

The world is experiencing a transformation of professions and the labor market. Many companies are already prioritizing candidates with AI skills. To assess and improve your digital literacy and develop skills in artificial intelligence, algorithmic thinking, and programming, you can take part in the all-Russian competition "Digital MarathonRegistration will last until April 3, 2026.

During the lecture, the Chairman of Sberbank's Siberian Branch and students discussed one of the most important questions: whether AI will displace humans in the labor market, and how to interact with technology so that it becomes an assistant and a competitive advantage in career development.

Sber is one of Novosibirsk State University's key partners. The high-tech company collaborates with the university in various areas: a joint project is underway at the Faculty of Information Technology. educational and scientific laboratory "SberLab-NSU"Sber is one of the industrial partners of the NSU Artificial Intelligence Research Center. The company also supports various university events, participating in Career Days, and more.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

Teams of students from the Faculty of Natural Sciences and the Advanced Engineering School of NSU took prizes in the finals of the YUBIO case championship in Krasnoyarsk.

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

An important disclaimer is at the bottom of this article.

Three teams of NSU undergraduate and graduate students participated in the finals of the "UBIO" case championship, organized by Siberian Federal University (SFU). "UBIO" is a competition in which teams, supported by mentors, solve real-world problems from leading Russian biotechnology companies and receive professional evaluation from candidates and doctors of science, as well as industry practitioners. A total of 18 teams from various Siberian cities, including Tomsk, Novosibirsk, Krasnoyarsk, and others, competed in the finals.

NSU was represented in the final by three teams:

— "Sudden Gap": it included fourth-year undergraduate students Faculty of Natural Sciences (FNS) of NSU — Nail Bikeev, Ekaterina Akhramenko, Ulyana Borovikova, and Nikita Ivanov took first place in the Medical Biotechnology track.

— "Oligators": it included first-year master's students Advanced Engineering School (AES) of NSU — Klim Karavaev, Yulia Nesgovorova, Nikolai Novozhilov, and Nikita Shulyakovsky took third place in the Medical Biotechnology track.

— "Nif-nif, naf-naf, and PCR-PCR": first-year master's students from the NSU Natural Sciences Department, Elizaveta Samoilova, Polina Shangina, Sofya Dolina, and Yulia Zhakupova, took part in the "Food Biotechnology" track.

Egor Bazhenov, a first-year master's student at NSU, took third place in the "Pharmaceutical Biotechnology" track as part of the university team.

"Participating in the SFU YUBIO case championship was a wonderful experience. It's a truly fresh format for interaction between biology students and industrial partners, solving real-world, relevant production challenges. I'm thrilled that the project brings together science and business, helping students see how scientific knowledge is applied in practice. The format is dynamic and vibrant, and the idea itself is excellent. It's clear that the project is young, but has great potential, and we're confident it will only get better with each passing year!" shared Nikolai Novozhilov, a member of the "Oligators" team.

Speaking about what enabled them to win the case championship, Nail Bikeev, captain of the Sudden Gap team, noted:

"I think it helped that we were already in our fourth year, with lab experience and specialized subjects under our belt. We tried to approach the case as a practical task, not looking for a fancy solution, but one that would actually work. We also quickly assigned roles, as otherwise we couldn't have met the deadline. I think events like these are important for students because they provide valuable experience, and you already have a rough idea of what working in a biotech company would be like."

The "Sudden Gap" team thanks Sergey Evgenievich Sedykh, senior lecturer at the NSU Department of Natural Sciences and head of the "Advanced Engineering Solutions for Biotechnology and Medicine" master's program at the NSU PIS, for financial support of the team's participation through the "Alpha-Future | Grants for Teachers" grant. The "Oligators" team thanks My Genetics, LLC, for sponsorship.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.